Defect | QuantumWire

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

NIST Researchers Supersize Quantum Technology to Help Detect Faint Photons

NIST Researchers Supersize Quantum Technology to Help Detect Faint Photons

New Quantum Sensing Technology Reveals Sub-Atomic Signals

New Quantum Sensing Technology Reveals Sub-Atomic Signals

Defect

First Quantum-Mechanical Model of Quasicrystals Reveals Why They Exist

Technology June 16, 2025
Rice Method Refines Ultrapure Diamond Film Fabrication for Quantum and Electronic Applications

Technology May 26, 2025
Bismuth’s Mask Uncovered: Implications for Quantum Computing and Spintronics Materials

Technology May 17, 2025
An Elegant Method for the Detection of Single Spins Using Photovoltage

Technology April 16, 2025
Nuclear Spins Tamed for Quantum Applications

Technology April 13, 2025
Researchers Unlock Hidden Pathway to Tunable Magnetic Devices

Technology April 10, 2025
Infrared Heavy-Metal-Free Quantum Dots Deliver Sensitive and Fast Sensors for Eye-Safe LIDAR Applications

Technology April 2, 2025
New WSS Research Center for Molecular Quantum Systems

Industry March 21, 2025
Scientists Tune In to Rhombohedral Graphene’s Potential

Technology March 20, 2025
DIU’s Transition of Quantum Sensing (TQS) Field Testing to Begin Across Five Critical Areas

Industry March 16, 2025
Crystal Lattice at a Distance

Technology March 11, 2025
Quantum Dot Discovery for LEDs Brings Brighter, More Eco-Friendly Displays

Industry March 10, 2025
How Carbon Nanotubes Give Out More Than They Receive

Technology March 9, 2025
Germanene Nanoribbons Pave the Way for Quantum Computing

Technology March 6, 2025
Unraveling the Origin of Extremely Bright Quantum Emitters

Technology March 4, 2025